Jay bamaniya

Developed and deployed a reusable Terraform WAF module, integrating Web Application Firewall (WAF) with AWS Load Balancer and CloudFront, achieving 80% FedRAMP security compliance for critical applications and reducing deployment time by 25%. Engineered and provisioned AWS OpenSearch as a scalable replacement for Elasticsearch to support centralized logging with the ELK stack, handling over 100GB of daily logs while maintaining FedRAMP. Built and hardened custom container images tailored to meet stringent FedRAMP compliance standards, improving vulnerability by 30% and enhancing security across 10+ production services. Enhanced Grafana and Prometheus configurations to align with FedRAMP guidelines, including secure access controls, audit logging, and encryption, resulting in a 15% reduction in security audit findings and improved monitoring reliability.

Leveraged Terraform capabilities to define, provision, and deploy cloud architecture on AWS, ensuring consistent and repeatable deployments across 15+ projects, reducing deployment times by 40%. Proficient in CDN architecture, computer networking fundamentals, and cloud computing technologies (AWS, Azure) contributing to successful project. Employed Ansible for configuration management across multiple platforms, allowing automated deployment of configuration changes, software installations, and updates across diverse AWS resources for 5+ clients, reducing manual effort by 60%. Spearheaded NOC (Network Operations Center) activities, including monitoring, incident response, and troubleshooting of cloud-native architectures using observability tools like Prometheus, Grafana, and ELK, resolving 95% of incidents within SLA timeframes. Achieved 99.99% system uptime by enhancing edge server monitoring efficiency and implementing alerting mechanisms.

Designed and architected the cloud infrastructure for a client, ensuring scalability to support 10K+ concurrent users, high availability with 99.99% uptime, and adherence to industry best practices, utilizing cloud-native services and modern architectural patterns like microservices and containerization. Administered and managed server infrastructure on Digital Ocean, a cloud computing platform, for 10+ projects, leveraging Terraform for provisioning and management, reducing infrastructure setup time by 30%. Implemented a highly available and fault-tolerant Neo4j database cluster architecture with multi-data center replication, ensuring data redundancy. Administered and managed server infrastructure on Digital Ocean, a cloud computing platform, for 15+ projects, leveraging Terraform for provisioning and management, reducing infrastructure setup time by 30%.